DE202013005320U1 - Mop wringer - Google Patents

Abstract

Our mop press (A) consists of a special bucket (01) with an integrated drive device (02) and the actual press. This device consists of two main components - the drive element (03) and the guide element (04). The textile element mop strip (07), which is located on the mop head (05), is dried by the mop press (A). (09) denotes the handle to which the textile element mop strip (07) is connected via the special holding device (06). The individual components of the mop press are: - The holding device (10): It is partially or completely fixed on top of the bucket (01). - The insertion hole (11) through which the mop head (06) is inserted is formed from the special holding device (10) for the mop head (06) and is adapted to this. - A turntable (13) is located at the bottom of the bucket (01). It is connected to the drive unit (02) and is set both in rotation (03) and back to its initial state by this. - The wringing area (14) is tubular and hangs between the holder (10) and the turntable (13). Furthermore, it forms a unit which is fixed to the upper opening (15) with a fixed holder (10) and which is connected to the turntable (13) at the lower opening (16); this also includes a circumferential side part (17) provided Drains (19). This creates a mop space (18) inside this construction, which offers enough space for a mop head. As a result of the rotational movement emanating from the drive unit (02), which is transmitted to the turntable (13), the wringing area (14) is rotated in such a way that the mop strips (07) are dried efficiently.

Description

Our company has invented a mop press that makes it possible to wring out a mop quickly and efficiently. It consists of a special bucket with integrated drive device and the actual press. This device is composed of two main components drive and guide element. The special function of drying the mop efficiently is made possible by these two elements.

The main components consist of several components. At the top of the bucket is a fixed holding device which fixes the mop at the top during wringing. Underneath is a shell that is fixed at the bottom to a rotatable disc, which is located at the bottom of the bucket. It is connected to the drive unit and is also rotated by it. These units together form a funnel, which is open at the top and at the same time allows guidance of the mop, as well as the function of the press.

Due to the outgoing of the drive unit rotational movement, which is transmitted to the turntable, the guide member is rotated so that the mop is dried efficiently by the resulting pressure. This relatively nonspecific wringing movement makes the mop press applicable to many different types of mops, thereby increasing the versatility of applications and enabling user-friendly work adapted to the different needs of the users.

Product Name:

• Mop wringer

technology

The mop press developed by us is characterized by the innovative wringing movement and the structural design.

The already existing technology

The mop normally works as a device for cleaning the floor. When used, it must be washed out regularly and wrung out manually. This results in an increased expenditure of time and otherwise this type of use offers some problems and disadvantages. The constantly repeated rotation is an additional effort during the floor cleaning, it can also lead to a bad load on the human musculoskeletal system and especially in the elderly to occupational diseases and thus burden on employers and insurance companies. During wringing the hands are contaminated by the soil on the pollutants and the skin is damaged, which is especially a problem in terms of hygiene, if the user then touched with his contaminated hands to open a door, the door buckle and then any Spread germs and other noxious. For these reasons, several companies have developed new systems to make work more efficient and hygienic through automatic centrifugal drainage.

In automatic centrifugal drainage, the mop head is in a centrifugal drum. By rotating the water is thrown out and thus achieved the effect of drainage. In this way, you do not have to wring the mop by hand, but in experiments it has been found that some problems and disadvantages in the use of such products arise.

Another disadvantage is that companies have each developed special mops for their systems, so users are forced to always buy an entire set. And if a part is broken, then you have to buy the products of the same company. This means that a combination of the different elements - mop and press - is not possible. This fact is a burden for many consumers.

Another problem is the technical design. Centrifugation does not make the center of the mop dry properly because the centrifugal force is lower in the middle than it is on the outside.

As a result, no uniform result can be achieved. Due to this construction, the fibers of the mop must not be too long and too dense, since otherwise they can be thrown together, which worsens the result of the drying. Due to these circumstances, consumers would rather resort to the traditional mop to achieve better cleaning quality.

The above-mentioned functional, design, health and sanitary problems have prompted our company to offer the consumer an innovative, yet innovative, system characterized by the traditional way of mop drying. We did not want to reinvent the mop, we just wanted to optimize and simplify the use of the old proven system. We tried to respond optimally to the needs of our customers and to fulfill their special wishes as well as possible.

After several years of research and development, the exact analysis of the previous systems, designs and the behavior of the users, we finally found a concrete, user-friendly, functional and economical solution.

Technical details

The to show the preferred application of our product mop-press, but do not limit our patent application.

Our mop-press (A) consists of a special bucket ( 01 ) with integrated drive device ( 02 ) and the actual press. This device is composed of two main components drive ( 03 ) and guide element ( 04 ). Through the mop press (A), the textile element mop strip ( 07 ) located at the mop head ( 05 ), dried. ( 09 ) designates the handle with which the textile element mop strips ( 07 ) via the special holding device ( 06 ) connected is.

The individual components of the mop press are:

The mounting device ( 10 ) through which the mop ( 05 ) is to the special holding device of the mop head ( 06 ) customized.

A rotating disc ( 13 ) is located at the bottom of the bucket ( 01 ). It is connected to the drive unit ( 02 ) and is connected by this both in rotation ( 03 ) as well as back to their original state. The indicates that the gear drive ( 08 ), which is a part of the drive unit ( 02 ), by the pedal ( 03 ) applied pressure is set in rotation, as well as its associated musculoskeletal system ( 04 ). The construction of this gear drive ( 08 ) allows increased torque because the large gear is driven by the small gear. For this reason, it is made easier for the consumer with the help of the pedal ( 03 ) the speed of the gear drive ( 08 ), in order to reduce them if necessary, in order to achieve a better and safer quality when using the mop-press.

The Wringe area ( 14 ) is tubular and hangs between the holder ( 10 ), which is fixed at the top of the bucket and the turntable ( 13 ), which lies on the bottom of the housing. Furthermore, it forms a unit at the upper opening ( 15 ) with a fixed holder ( 10 ) and at the lower opening ( 16 ) with the turntable ( 13 ), this also includes a peripheral side part ( 17 ) with planned drainage ( 19 ). This creates a mop room inside this construction ( 18 ), which offers enough space for a mop head. The and show that an elastic support element ( 12 ) between the holder ( 10 ) and the housing ( 01 ) is located around the holder ( 10 ) Maintain in a erect condition.

At the top of the bucket ( 01 ) is a carrying handle attached to the still a ferrule ( 111 ) is welded. This serves as a support of the mop rod, while the mop head is located in the press and creates a secure state even during wringing. (please refer )

As in the and represented, the wringing area ( 14 ) with its circumferentially arranged side parts ( 17 ) a net ( 20 ), which simultaneously serves as a drainage element ( 19 ) serves.

The describes the wringing area ( 14 ), in its peripheral side ( 17 ) vertical struts are arranged and how he a funnel-shaped container ( 21 ). The columns serve here between the vertical struts of the drainage ( 19 ).

The holder ( 10 ) is a plate. The shape of the insertion hole for the mop ( 05 ) can be adapted to the shape of any mop head depending on the requirement. The opening can be exchanged both in a round, as well as in a rectangular shape or in both. (please refer and ;) An overview of how the importing agency ( 11 ) of a mop head, which serves as a holder ( 10 ), with a rectangular downwardly extending network connects. In this case, a rectangular mop head ( 06 ) suitable.

In the other case, the holder can be replaced like a frame, which makes the mop press applicable to different types of heads. (The example sketch is omitted.)

The shows that in the insertion hole ( 11 ) a latching closure ( 22 ) is installed so that the mop head ( 05 ) there and you can fix it properly.

The indicates that a drainage hole ( 23 ) in the housing ( 01 ), where the dirty water after wringing out the mop ( 05 ) can flow out immediately.

While adding fresh water to the bucket ( 01 ), the drainage hole ( 23 ), which allows the cleaning work ( 05 ) continue. This washing process is repeated regularly. (The example sketch is omitted.)

The details above are the components of the technical design.

The further workflow is described in more detail below:

First you have to clean the mop head ( 5 ) through the insertion hole ( 11 ), (see , Arrow L1) until the mop head ( 5 ) in the closure ( 22 ) locks correctly. The mop strips ( 07 ) must be completely in the basket ( 18 ) of the wringing part ( 14 ) hang down, (see ) and then you have to go to the pedal ( 03 ) to the gear drive ( 08 ) and the turntable ( 13 ), as shown by arrow (L3). Thus you put the whole wringing part ( 14 ) moving. (see arrow L4). This will cause the mop strips ( 07 ) in the mop press ( 14 ), the water flows out of the mop strips ( 07 ) out. The dirty water is removed through the drainage ( 19 ), so the mop ( 05 ) are dried efficiently.

The Figure 4 shows how, during wringing, the dried mop strips shrunk compared to wet strips and the mop head has been shortened by the winding in its entire length. (please refer and (b);) Once the mop strips have been wrung to a noticeable resistance and they ( 07 ) can no longer wind, the elastic support element ( 12 ) pulled down so that the mop press ( 14 ) can be rotated even further. This is the special feature of this elastic support element ( 12 ). The elastic support element ( 12 ) is pulled down and the mop head ( 06 ) at the same time also taken down. (see arrow (L5) in the , a detail to the ). The drying of the mop strips ( 07 ) is achieved undisturbed.

Result:

The other advantageous results of our product are the following:

Our product mop-press consists of a holder, an insertion hole, a turntable and a wringing part, which can be operated by an innovative structure design. The differences can be seen in comparison with the paragraph "The existing technology".

As the technology has been described above, the mop head must be inserted into the insertion hole and the mop strips must hang down in the mop space of the wringing area. The wringing area is activated by a pedal that drives the turntable. Thus, the mop is dried efficiently. The mop-press product is applicable to many different types of mops, thereby increasing the versatility of applications and allowing user-friendly working, adapted to the different needs of users.

The previous examples serve only as a product description of our invention. Although this is described with special technical terms, you can not use those as a claim.

Nevertheless, professionals can develop a new modified mop press using the previously described technology, principles and principles of our Mopp-Presse product. In order to protect our principles and technical principles, a patent should be filed for our invention Mop Press for legal protection.

Claims (8)

Our mop-press (A) consists of a special bucket ( 01 ) with integrated drive device ( 02 ) and the actual press. This device is composed of two main components drive ( 03 ) and guide element ( 04 ). Through the mop press (A), the textile element mop strip ( 07 ) located at the mop head ( 05 ), dried. ( 09 ) designates the handle with which the textile element mop strips ( 07 ) via the special holding device ( 06 ) connected is. The individual components of the mop press are: - The holding device ( 10 ): It is partially or completely on top of the bucket ( 01 ) fixed. - The insertion hole ( 11 ) through which the mop head ( 06 ) is formed from the special holding device ( 10 ) for the mop head ( 06 ) and is adapted to this. - A turntable ( 13 ) is located at the bottom of the bucket ( 01 ). It is connected to the drive unit ( 02 ) and is connected by this both in rotation ( 03 ) as well as back to their original state. - The Wringe area ( 14 ) is tubular and hangs between the holder ( 10 ) and the turntable ( 13 ). Furthermore, it forms a unit at the upper opening ( 15 ) with a fixed holder ( 10 ) and at the lower opening ( 16 ) with the turntable ( 13 ), this also includes a peripheral side part ( 17 ) with planned drainage ( 19 ). This creates a mop room inside this construction ( 18 ), which offers enough space for a mop head. By the drive unit ( 02 ) outgoing rotational movement, which on the turntable ( 13 ) is transmitted, the Auwringebereich ( 14 ) so twisted that the mop strips ( 07 ) are dried efficiently. The first point of the patent application: In the mop press there is still an elastic support element ( 12 ) located between the holder ( 10 ) and the housing ( 01 ) is located around the holder ( 10 ) Maintain in a erect condition. The first and second points of the patent application: In the mop-press is a carrying handle ( 30 ) on the upper side of the bucket ( 01 ), on which still a ferrule ( 111 ) is welded. This serves as a holder of the mop rod, while the mop head ( 05 ) is in the press and creates a secure footing even during wringing. The first point of the patent application: In the mop press is the Auswring area ( 14 ) with its circumferentially arranged side parts ( 17 ) reticulated ( 20 ), which at the same time as a drainage element ( 19 ) serves. On the first point of the patent application: The wringing range ( 14 ) of the mop press, in its peripheral side ( 17 ) also vertical struts are arranged, forms a funnel-shaped container ( 21 ). The columns serve here between the vertical struts of the drainage ( 19 ). The first point of the patent application: In the mop press, the holder ( 10 ) a plate. The shape of the insertion hole for the mop ( 05 ) can be adapted to the shape of any mop head depending on the requirement. The opening can be exchanged both in a round, as well as in a rectangular shape or in both. The first and sixth points of the patent application: In the mop-press there is a latching closure ( 22 ), which enters the insertion hole ( 11 ) is installed so that the mop head ( 05 ) can be fixed properly. On the first and second point of the patent application: In the mop press is a drainage hole ( 23 ) in the housing ( 01 ) built-in.

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